Curved Display and Curved Display Support

1. An emissive surface assembly comprising: (i) emissive surface sections including: at least first and second emissive surface sections, the second emissive surface section positionable in first and second different positions with respect to the first emissive surface section, at least a first portion of the first emissive surface section that is viewable with the second emissive surface section in the first position being blocked from view while the second emissive surface section is in the second position, and at least a second portion of the first emissive surface section that is viewable regardless of the position of the second emissive surface section; (ii) a sensor for detecting the position of the second emissive surface section with respect to the first emissive surface section; and (iii) a driver for presenting content on the emissive surface sections; wherein the driver: (a) presents a first content arrangement on the emissive surface sections including at least some content on the first portion while the second emissive surface section is in the first position; and (b) presents a second content arrangement on the emissive surface sections while the second emissive surface section is in the second position with no content on the first portion and at least some content on the second portion of the first emissive surface section.

2. The emissive surface assembly of claim 1 wherein the first emissive surface section is substantially horizontal.

3. The emissive surface assembly of claim 2 wherein the second emissive surface section is substantially vertical.

4. The emissive surface assembly of claim 3 wherein the second emissive surface section includes a lateral edge and wherein the second emissive surface section is supported for rotation about the lateral edge.

5. The emissive surface assembly of claim 1 wherein the first and second content arrangements include the same content presented at different locations on the first emissive surface section.

6. The emissive surface assembly of claim 5 wherein the content is arranged differently on the first emissive surface section in the first and second content arrangements.

7. The emissive surface assembly of claim 1 further including a third emissive surface section which is moveable between first and second different positions with respect to the first emissive surface wherein a second portion of the first emissive surface is viewable when the third emissive surface section is in the first position with respect to the first emissive surface section and the second portion of the first emissive surface is blocked from view when the third emissive surface section is in the second position, the driver also presenting content on the third emissive surface section and the sensor for sensing the position of the third emissive surface section with respect to the first emissive surface section.

8. The emissive surface assembly of claim 1 wherein each of the first and second emissive surface sections is substantially flat.

9. The emissive surface assembly of claim 8 wherein each of the first and second emissive surface sections is substantially rectangular.

10. The emissive surface assembly of claim 1 wherein the first and second emissive surface sections are integrally formed as part of a unified emissive surface assembly.

11. The emissive surface assembly of claim 1 further including a third emissive surface section, the first emissive surface section including a rear edge, the third emissive surface section extending upward from the rear edge of the first emissive surface section and having a lateral edge, the second emissive surface section extending from the lateral edge of the third emissive surface section and supported for rotation about the lateral edge.

12. The emissive surface assembly of claim 11 wherein the lateral edge is substantially vertical.

13. The emissive surface assembly of claim 12 wherein the rear edge is substantially horizontal.

14. The emissive surface assembly of claim 11 wherein the first, second and third emissive surface sections are integrally formed to provide a unified emissive surface.

15. The emissive surface assembly of claim 14 wherein a curved emissive surface section extends between the second and third emissive surface sections.

16. The emissive surface assembly of claim 1 wherein at least a portion of at least one of the emissive surface sections is touch sensitive.

17. The emissive surface assembly of claim 16 wherein at least one of the first and second emissive surface sections is substantially horizontal and wherein at least a portion of the substantially horizontal emissive surface section is touch sensitive.

18. The emissive surface assembly of claim 16 wherein at least a portion of at least one of the emissive surface sections is not touch sensitive.

19. An integrally formed emissive surface assembly comprising: a first substantially flat emissive surface section having a first lateral edge; a second substantially flat emissive surface section having a second lateral edge spaced from the first emissive surface section; and a curved emissive surface section having first and second opposite edges and third and fourth opposite edges, the curved emissive surface section extending between the first and second lateral edges and between upper and lower edges and curving about a linear access wherein a radius of curvature about the axis changes from the lower edge to the upper edge.

20. The integrally formed emissive surface assembly of claim 19 wherein the radius of curvature increases from the lower edge to the upper edge.

21. The integrally formed emissive surface assembly of claim 19 wherein at least a portion of the curved emissive surface portion is substantially flat.

22. The integrally formed emissive surface assembly of claim 19 wherein the first emissive surface section is substantially vertical.

23. An emissive surface assembly comprising: an emissive surface assembly including emissive surface sections including: (i) an integrally formed emissive surface assembly including at least first and second emissive surface sections; and (ii) a support structure for supporting the emissive surface assembly with sections in different juxtapositions including a first juxtaposition wherein the second emissive surface section and at least a first portion of the first emissive surface section are simultaneously viewable from a first location and a second juxtaposition wherein the second emissive surface section is viewable and the second emissive surface section blocks a view of the first portion from the first location.

24. The emissive surface assembly of claim 23 wherein the first and second emissive surface sections are substantially planar, the assembly further including at least a first curved emissive surface section located between the first and second emissive surface sections.

25. The emissive surface assembly of claim 24 wherein the first curved emissive surface section is bendable so that the second emissive surface section is moveable between the first and second juxtapositions.

26. The emissive surface assembly of claim 23 wherein the first and second emissive surface sections are substantially flat and reside in non-parallel planes.

27. The emissive surface assembly of claim 23 wherein at least a portion of at least one of the first and second emissive surface sections is touch sensitive.

28. The emissive surface assembly of claim 27 wherein at least a portion of the first emissive surface section if touch sensitive.

29. The emissive surface assembly of claim 28 wherein the portion of the first emissive surface section that is touch sensitive is automatically altered as the second emissive surface section moves between the first and second juxtapositions.

30. The emissive surface assembly of claim 23 wherein content is presented on the first emissive surface section and, wherein, the arrangement of content presented on the first emissive surface section is modified as the second emissive surface section is moved between the first and second juxtapositions.

31. The emissive surface assembly of claim 23 wherein an edge of the second emissive surface section is adjacent an emissive surface of the first emissive surface section while the second emissive surface section is in the second juxtaposition.

32. The emissive surface assembly of claim 23 wherein the second remissive surface section is substantially perpendicular to the first emissive surface section.

33. An emissive surface assembly comprising: (i) emissive surface sections including: at least first and second emissive surface sections, the first emissive surface section including first and second portions, the second emissive surface section positionable in first and second different positions with respect to the first emissive surface section, the second portion viewable regardless of the position of the second emissive surface section, the first portion viewable with the second emissive surface section in the first position and blocked from view while the second emissive surface section is in the second position; (ii) a sensor for detecting the position of the second emissive surface section with respect to the first emissive surface section; and (iii) a driver for presenting content on the emissive surface sections; wherein the driver: (a) presents a first content arrangement on the second emissive surface portion while the second emissive surface section is in the first position; and (b) presents a second content arrangement on the second emissive surface portion while the second emissive surface section is in the second position.